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A Study of the Solvent Cement Bond for PVC and ABS Pipe Joints

Tjandraatmadia, Burn

Posters - Additional Information # 2001 Munich

To increase understanding of chemical jointing in pipes, the strength of solvent cement joints in acrylonitrile-butadiene-styrene (ABS) and poly(vinyl chloride) (PVC) pipes was investigated, using mechanical tests and morphology studies. The strength of solvent cement increases with curing time, and it was found that the performance of ABS joints was significantly superior to that of PVC. This variation can be explained by differences in morphology at the interface between the cement and the polymer for the two different materials.

Please note that the whole article content is available on PPCA website onlySource : 2001 Munich

Author(s) : Sadler, Burn, Whittle 2001 Munich

Root intrusion into sewer pipelines is a major concern, especially in areas with a combination of dry climate and vigorous vegetation growth. For elastomeric pipe joints to resist root intrusion, some national standards specify a minimum interfacial pressure that must be maintained between the elastomeric ring and the...

Investigating Crack Growth and Plasticity in the C-Ring Fracture Toughness Test

Author(s) : Davis, Burn, Whittle 2001 Munich

The C-ring test method is widely used by the water industry to determine the fracture toughness of poly(vinyl chloride) (PVC) pipes. The test currently forms a draft ISO standard (ISO/DIS 11673.2) and an interim Australian/New Zealand Standard (AS/NZS 1462.19(Int)) for fracture toughness assessment. Whilst results...

The Role of Planning Models in Pipeline Rehabilitation

Author(s) : Burn, Davis, DeSilva, Marksjo, Tucker, Geehman 2001 Munich

To allow long-term strategies to be implemented for the replacement or refurbishment of water pipelines, a planning model called the Pipeline Asset and Risk Management System (PARMS) has been developed. This model, although based upon life cycle costing methodologies has been designed to incorporate whole of life...

Elastomeric Joint Comparison of PVC, VC and FCR Pipes

Author(s) : Lu, Burn, Whittle 1998 Gothenburg

For rubber ring joints to resist plant root penetration, it has been reported and promulgated into Australian Standards that a sufficiently high contact pressure between the rubber and the pipe must be maintained. The evaluation of the appropriate interfacial pressure to be used has been under discussion for some time...

Long-Term Creep of ABS Pipes at Variable Temperatures

Author(s) : Lu, Burn 1998 Gothenburg

One of the characteristic behaviours of plastics (or viscoelastics) materials is the creep phenomenon, which is defined as the continuing deformation under a constant load with time. Although research on creep of plastics pipes has been widely carried out in other plastics, little work has been reported for creep in...

Factors affecting the fracture toughness measurement of uPVC pipe samples

Author(s) : Burn, Richards 1995 Edinburgh

Fracture toughness tests have been used with uPVC pipe for more than a decade. Standard methods of testing are described in British and ASTM Standards and in an I S 0 draft. Analysis of the British methods associated with the introduction of a fracture toughness test into joint Ausmlia/New Zealand Standards for...

Lifetime Predictions of uPVC Pipes - Theoretical and Experimental Comparisons

Author(s) : Burn 1992 Eindhoven

When plastics pipes are installed in water reticulation or pumped sewer systems they are normally subjected to installation damage, the level of which can vary enormously depending on the care taken during installation. Cyclic pressure testing of uPVC pipes with various levels of simulated installation...

LICAN - Life-Cycle Cost Analysis of Water Networks

Author(s) : Ambrose, Rahilly, DeSilva, Burn 2008 Budapest